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"TABLE OF CONTENTS / p3 (0007.jp2)\nACKNOWLEDGEMENTS / p1 (0006.jp2)\nLIST OF FIGURES / p5 (0008.jp2)\nLIST OF TABLES / p7 (0009.jp2)\nChapter I.Introduction / p1 (0010.jp2)\nReferences / p6 (0013.jp2)\nChapter II.Continuous microflow monitoring method for total mercury by cold-vapor atomic absorption spectrometric detection using tin(II) chloride in alkaline medium as reducing reagent. / p7 (0013.jp2)\nII.1.Abstract / p7 (0013.jp2)\nII.2.Introduction / p7 (0013.jp2)\nII.3.Experimental / p9 (0014.jp2)\nII.4.Results and discussion / p15 (0017.jp2)\nReferences / p33 (0026.jp2)\nChapter III.A continuous monitoring system for total mercury in waste water by cold vapor atomic absorption spectrometry and continuous microflow analysis with sodium borohydride in alkaline medium as reducing reagent. / p36 (0028.jp2)\nIII.1.Abstract / p36 (0028.jp2)\nIII.2.Introduction / p37 (0028.jp2)\nIII.3.Experimental / p38 (0029.jp2)\nIII.4.Results and discussion / p44 (0032.jp2)\nReferences / p58 (0039.jp2)\nChapter IV.Enhancement effect of copper(II),cadmium(II) and iron(III) salts addition for accelerating the reduction of mercury / p60 (0040.jp2)\nIV.1.Abstract / p60 (0040.jp2)\nIV.2.Introduction / p61 (0040.jp2)\nIV.3.Experimental / p62 (0041.jp2)\nIV.4.Results and discussion / p66 (0043.jp2)\nReferences / p73 (0046.jp2)\nChapter V.Matrix effects in the determination of mercury by continuous microflow technique with cold vapor atomic absorption spectrometric detection / p75 (0047.jp2)\nV.1.Abstract / p75 (0047.jp2)\nV.2.Introduction / p75 (0047.jp2)\nV.3.Experimental / p77 (0048.jp2)\nV.4.Results and discussion / p79 (0049.jp2)\nReferences / p90 (0055.jp2)\nChapter VI.Speciation of mercury compounds in waste water by microcolumn liquid chromatography using a preconcentration column with cold-vapor atomic absorption spectrometric detection / p91 (0055.jp2)\nVI.1.Abstract / p91 (0055.jp2)\nVI.2.Introduction / p92 (0056.jp2)\nVI.3.Experimental / p94 (0057.jp2)\nVI.4.Results and discussion / p98 (0059.jp2)\nReferences / p109 (0064.jp2)\nChapter VII.Catalytic-UV spectrophotometric determination of selenium based on microflow technique / p111 (0065.jp2)\nVII.1.Abstract / p111 (0065.jp2)\nVII.2.Introduction / p112 (0066.jp2)\nVII.3.Experimental / p116 (0068.jp2)\nVII.4.Results and discussion / p121 (0070.jp2)\nReferences / p139 (0079.jp2)\nChapter VIII.Flow injection-spectrophotometric determination of total phosphorus in biological samples / p141 (0080.jp2)\nVIII.1.Abstract / p141 (0080.jp2)\nVIII.2.Introduction / p141 (0080.jp2)\nVIII.3.Experimental / p144 (0082.jp2)\nVIII.4.Results and discussion / p149 (0084.jp2)\nReferences / p161 (0090.jp2)\nChapter IX.Conclusions and future prospect / p163 (0091.jp2)\nIX.1.Conclusions / p163 (0091.jp2)\nIX.2.Direction for future work / p164 (0092.jp2)\nLIST OF PUBLICATIONS / p166 (0093.jp2)\nCURRICULUM VITAE / p169 (0094.jp2)\n\u535A\u58EB\u8AD6\u6587\n"^^<http://www.w3.org/2001/XMLSchema#string>
<http://ci.nii.ac.jp/naid/500000090365>